io.net

🔗 Decentralized

The Internet of GPUs io.net is rapidly establishing itself as the premier decentralized GPU network. Built on the highly performant…

🏢 Decentralized📅 Since 2023★ 9.1/10🌐 Website ↗
Active Nodes
100,000+
Avg Market Bid
~$0.25/hr
Governance
Solana Foundation / DAO
Smart Contract
✓ Audited

How Decentralized Compute Works

1
Browse Providers
Independent GPU node operators list their hardware on the global marketplace protocol.
2
Place a Bid
Submit a workload bid based on your budget. Prices are driven by supply and demand, not fixed retail rates.
3
Deploy & Pay
Use io.net to deploy your container. Escrow payments are made in IO / SOL / USDC.

The Internet of GPUs

io.net is rapidly establishing itself as the premier decentralized GPU network. Built on the highly performant Solana blockchain, io.net aggregates underutilized GPUs from independent data centers, cryptocurrency miners, and consumer gaming rigs worldwide. The protocol intelligently clusters these geographically distributed GPUs, presenting them to the end-user as a single, unified supercomputer accessible in seconds.

Native Ray Integration for Machine Learning

What truly sets io.net apart from legacy decentralized networks is its software abstraction. io.net natively integrates with Ray (the distributed computing framework used by OpenAI to train ChatGPT). Data scientists can deploy a Ray cluster on io.net’s decentralized hardware with a single click, allowing them to run distributed training jobs or massive hyperparameter tuning across hundreds of GPUs as if they were running on a centralized AWS cluster.

Unprecedented Liquidity and Scale

By financially incentivizing hardware providers with the IO token, io.net has amassed an astonishingly large supply of high-end enterprise GPUs, including NVIDIA H100s, A100s, and massive fleets of RTX 4090s. Because the compute is crowdsourced, startups can secure immediate access to otherwise scarce hardware at a fraction of the cost, making io.net a critical lifeline during global GPU shortages.

Pros & Cons

Pros
  • Massive supply of enterprise GPUs
  • Instant clustering across geographical boundaries
  • Native Ray integration for ML workloads
Cons
  • Network is relatively new and undergoing rapid changes
  • Worker node reliability can occasionally vary
Deployment Options
Web UI, CLI, Ray integration
Protocol Governance
Solana Foundation / DAO
Reported Uptime
99.5% Avg Network Uptime
Network Size
100,000 estimated nodes

Disclaimer: ComputeStacker aggregates protocol statistics. Hardware availability, reliability, and security are dependent on the specific node provider you lease from on the decentralized network.

Average Market Rate
~$0.25/ hr (estimates)

Accepted Payments

IO / SOL / USDC

You must fund your wallet with IO / SOL / USDC to participate in the marketplace. Leases are typically managed via on-chain smart contracts where funds are held in escrow for the duration of the compute rental.

💡
Market Efficiency

Because decentralized protocols utilize under-utilized data center hardware and bypass hyperscaler profit margins, you can frequently secure compute for 60-80% less than AWS or GCP equivalents. However, prices may spike during network congestion.

io.net Logo
io.net
🔗 Decentralized Compute
Requires Token
IO / SOL / USDC
~0.25 USD / hr market rate
Get Quotes
Bid-based pricing
Permissionless deployment
Audited Smart Contracts

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